isotopes

Created on Wed Oct 5 18:59:58 2022

@author: maxime

Module Contents

Classes

isotopes_system

isotope

Attributes

half_life_U235

heat_U235

conc_U235

U235

volatile

formula

part_coef

radio

heat

half_life_U238

heat_U238

conc_U238

U238

volatile

formula

part_coef

radio

heat

half_life_Th232

heat_Th232

conc_Th232

Th232

volatile

formula

part_coef

radio

heat

half_life_K40

heat_K40

conc_K40

K40

volatile

formula

part_coef

radio

heat

half_life_Al26

heat_Al26

conc_Al26

Al26

volatile

formula

part_coef

radio

heat

half_life_Fe60

heat_Fe60

conc_Fe60

Fe60

volatile

formula

part_coef

radio

heat

today

CHUR_176Lu176Hf

SCHEM_176Lu176Hf

CHUR_147Sm143Nd

SCHEM_147Sm143Nd

SSI_143Nd_144Nd

lambda_146Sm_old

lambda_146Sm_new

SSI_146Sm_144Sm

Std_144Sm_147Sm

Std_144Sm_144Nd

Std_142Nd_144Nd

Std_146Sm142Nd

OCh_146Sm142Nd

ECh_146Sm142Nd

Mars_180Hf_184W

SSI_182Hf_180Hf

Std_182W_184W

Ch_180Hf_184W

lambda_182Hf

class isotopes.isotopes_system(dec_cst, prt_to_dtr, dtr_to_dtr, time)
clone()
getDecayConstant()
getTime()
getDaughterRatio(**kwargs)
getParentRatio(**kwargs)
epsilon(ref, **kwargs)
mu(ref, **kwargs)
setTime(new_time)
setDaughterRatio(dtr_to_dtr)
setParentRatio(prt_to_dtr)
decay(time)
class isotopes.isotope(symbol, atomic_mass, half_life)

Bases: chemistry.elements.element

isotopes.half_life_U235 = 704100000.0
isotopes.heat_U235 = 0.000569
isotopes.conc_U235 = 2.2e-10
isotopes.U235
isotopes.volatile = False
isotopes.formula = 235U
isotopes.part_coef = 0.01
isotopes.radio
isotopes.heat
isotopes.half_life_U238 = 4470000000.0
isotopes.heat_U238 = 9.46e-05
isotopes.conc_U238 = 3.08e-08
isotopes.U238
isotopes.volatile = False
isotopes.formula = 238U
isotopes.part_coef = 0.01
isotopes.radio
isotopes.heat
isotopes.half_life_Th232 = 14500000000.0
isotopes.heat_Th232 = 2.54e-05
isotopes.conc_Th232 = 1.24e-07
isotopes.Th232
isotopes.volatile = False
isotopes.formula = 232Th
isotopes.part_coef = 0.01
isotopes.radio
isotopes.heat
isotopes.half_life_K40 = 1250000000.0
isotopes.heat_K40 = 2.94e-05
isotopes.conc_K40 = 3.69e-08
isotopes.K40
isotopes.volatile = False
isotopes.formula = 40K
isotopes.part_coef = 0.01
isotopes.radio
isotopes.heat
isotopes.half_life_Al26 = 717000.0
isotopes.heat_Al26 = 0.455
isotopes.conc_Al26 = 1.23e-06
isotopes.Al26
isotopes.volatile = False
isotopes.formula = 26Al
isotopes.part_coef = 0.01
isotopes.radio
isotopes.heat
isotopes.half_life_Fe60 = 2620000.0
isotopes.heat_Fe60 = 0.0412
isotopes.conc_Fe60 = 7.2e-10
isotopes.Fe60
isotopes.volatile = False
isotopes.formula = 60Fe
isotopes.part_coef = 0.01
isotopes.radio
isotopes.heat
isotopes.today = 4.567
isotopes.CHUR_176Lu176Hf
isotopes.SCHEM_176Lu176Hf
isotopes.CHUR_147Sm143Nd
isotopes.SCHEM_147Sm143Nd
isotopes.SSI_143Nd_144Nd = 0.506674
isotopes.lambda_146Sm_old = 6.72958
isotopes.lambda_146Sm_new = 10.2
isotopes.SSI_146Sm_144Sm = 0.00828
isotopes.Std_144Sm_147Sm = 0.202419
isotopes.Std_144Sm_144Nd
isotopes.Std_142Nd_144Nd = 1.1418366
isotopes.Std_146Sm142Nd
isotopes.OCh_146Sm142Nd
isotopes.ECh_146Sm142Nd
isotopes.Mars_180Hf_184W = 4.0
isotopes.SSI_182Hf_180Hf = 0.0001018
isotopes.Std_182W_184W = 0.8649
isotopes.Ch_180Hf_184W = 1.35
isotopes.lambda_182Hf